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including CO2 sequestration, contaminant flow and transport in porous media, and degradation of toxic substances in soil and water.
including bioconversion of biomass materials and algae bioprocessing
including biocompatible interfaces and hydrogels, and cryopreservation.
including polymers, rheology (bulk and interfacial), fluid mechanics (Newtonian and non-Newtonian), biofluids, biofilms, composites, gels, foams, and miscible interfaces
with emphasis on industrial virtual laboratories, conceptual learning in engineering courses, engineering thinking and learning, and social inequality in engineering education and practice.
including multi-scale mathematical modeling, statistical mechanics and thermodynamics, electronic structure calculations, machine learning, and molecular simulation in application to engineering problems.
with emphasis on catalytic materials and microchannel devices for improving the performance of chemical reactions and separations
including renewable fuels, solar energy, and electrochemical energy systems (batteries, fuel cells).
with emphasis on materials for electronic devices, solar photovoltaics, nanopatterning, and environmental implications of nanotechnology.
including particle removal from drinking water, anaerobic and aerobic wastewater treatment, hazardous waste treatment, stormwater characterization and treatment.